Offering rubber-like flexibility, engineering plastic strength and excellent thermal and chemical resistance, SKYPEL® TPE-E is designed to replace conventional elastomers or standard thermoplastics when they fail to meet the demands of the application. Ideally suited for long lasting performance in the most demanding environments, SKYPEL® TPE‑E delivers a unique balance of flexibility, strength, and long-term performance:
SKYPEL® TPE‑E is widely used in automotive and mobility applications where components must withstand continuous mechanical stress, temperature fluctuations, and exposure to fluids. Its combination of flex-fatigue resistance, thermal stability, and chemical resistance makes it particularly suitable for air ducts, bellows, cable protection systems, seals, and EV cable components. The material supports long-term durability and reliability in both conventional and electric vehicle platforms.
In telecoms, wire and cable industry applications, SKYPEL® TPE‑E delivers a strong balance of flexibility, durability, and thermal performance. It is well suited for cable jacketing, insulation, and specialty cable systems where resistance to heat, mechanical stress, and environmental exposure is critical. The material’s flexibility at low temperatures combined with its resistance to oils and chemicals makes it a reliable choice for demanding industrial, automotive, and infrastructure cable applications.
SKYPEL® TPE‑E supports electrical and electronic applications that require reliable insulation, dimensional stability, and durability under thermal cycling. It is commonly used in connectors, housings, and flexible protective components, where long-term performance and resistance to mechanical and chemical stress are essential. Its processing versatility also enables the production of complex geometries through injection molding and extrusion.
For industrial environments, SKYPEL® TPE‑E provides robust mechanical performance and resistance to wear, fatigue, and chemicals, helping extend component life and reduce maintenance intervals. Typical applications include belts, rollers, hoses, tubing, and gears, where materials must perform under repeated movement, load, and exposure to industrial media. Its creep resistance and dimensional stability are particularly valuable in load-bearing or precision parts.
SKYPEL® TPE‑E is a strong platform for fiber and monofilament applications, offering durability, elasticity, and processing consistency. It is used in elastic fibers, industrial filaments, and technical textiles, where flexibility and long-term mechanical performance are required. Its capability in fiber spinning supports applications such as cable reinforcement, functional textiles, and engineered fabrics.
In consumer applications, SKYPEL® TPE‑E enables the design of durable, flexible components that combine comfort, resilience, and long service life. It is used in products such as wearables, grips, housings, and flexible components, where repeated use, impact resistance, and aesthetics play an important role. The material supports both performance and processing efficiency in high-volume manufacturing.
The SKYPEL® TPE‑E portfolio includes:
Property | SKYPEL® TPE‑E |
Shore hardness | 70A – 82D |
Tensile strength | 25 – 50 MPa (3,600 – 7,250 psi) |
Elongation | 300 – 700% |
Service temperature | -40°C to 150°C (-40°F to 302°F) |
Density | 1.10 – 1.25 g/cm³ (0.040 – 0.045 lb/in³) |
Abrasion resistance | Excellent |
Flex fatigue | Excellent |
Chemical resistance | Excellent vs oils/fuels |
Dimensional stability | Very good |
Impact (low temp) | Excellent |
Note: Values vary by grade and processing conditions.
With a broad hardness range from 70 Shore A to 82 Shore D, the Skypel® TPE-E portfolio is comprised of several grade families:
SKYPEL® TPE-E | Description | Typical use |
G-Series | General purpose | Balanced applications |
P-Series | High flow / fast cycle | Injection molding |
LX-Series | Soft grades | Wearables, seals |
High viscosity | Enhanced durability | Automotive parts |
Compounded | Functional additives | UV, color, performance |
When you partner with Omya Performance Polymer Distribution you get more than access to the SKYPEL® TPE-E portfolio. You also profit from our technical and commercial impact on your business through:
Contact Omya Performance Polymer Distribution to discuss availability, grade selection, and application development.
SKYPEL® TPE‑E is a thermoplastic polyester elastomer (TPE‑E / TPC‑ET) developed by SK Chemicals. It combines the flexibility and elasticity of rubber with the strength, durability, and processability of engineering thermoplastics. It is widely used in demanding applications where long-term mechanical performance, thermal stability, and resistance to chemicals are critical.
SKYPEL® TPE‑E offers a unique combination of:
These properties make it suitable for high-performance applications across automotive, electrical, cable, and industrial markets.
SKYPEL® TPE‑E is used in applications that require long-term durability and flexibility, including:
The specific grade selection depends on mechanical, thermal, and processing requirements.
SKYPEL® TPE‑E can be processed using standard thermoplastic methods:
Specialized grades (e.g. P-series) support fast-cycle injection molding, enabling improved productivity in high-volume applications.
SKYPEL® TPE‑E is available across a broad hardness range, typically:
This allows designers to select materials ranging from flexible elastomeric behavior to semi-rigid engineering performance.
SKYPEL® TPE‑E typically performs across a wide temperature range:
Actual performance depends on grade selection and application conditions.
SKYPEL® TPE‑E offers excellent resistance to:
This makes it particularly suitable for:
Yes, SKYPEL® TPE‑E is highly suitable for wire and cable applications due to its:
It is commonly used for cable jacketing, insulation, and specialty cable systems.
Yes, SKYPEL® TPE‑E has strong capability in:
This makes it suitable for technical textiles, industrial fabrics, and cable reinforcement applications.
SKYPEL® TPE‑E is designed for demanding environments with:
These properties help maintain performance over long service cycles and reduce failure risk in dynamic applications.
As a thermoplastic material, SKYPEL® TPE‑E can typically be:
Actual recyclability depends on:
SKYPEL® TPE‑E is supplied across Europe through Omya Performance Polymer Distribution, providing:
Selecting the right SKYPEL® grade depends on:
Omya Performance Polymer Distribution, including Distrupol, can support:
You can:
Omya Performance Polymer Distribution provides full support across Europe to help you move from concept to production.
